DEEP RIPPER
The present invention comprises a ripper used penetrate and break up soil that includes a leading edge configured to decrease wear and reduce drag, while providing superior performance. The ripper is comprised of a main body, a top cap, a wing, and a bracket.
1 . A ripper for engagement with the ground, comprising:
a main body having a saddle back cavity; and
a top cap secured to the top of the main body having an impact edge.
2 . The ripper of claim 1 further comprising two opposing shoulder-sections with a recessed section therebetween forming the saddle-back on the bottom of the main body.
3 . The ripper of claim 2 further comprising a bracket secured between the two opposing shoulder sections.
4 . The ripper of claim 3 where the bracket has holes adapted to allow the ripper to be relesably secured to other equipment.
5 . The ripper of claim 1 further comprising a wing secured between the top cap and the main body.
6 . The ripper of claim 5 where the top of the main body is curved along a transverse axis at the point of attachment to the wing, and the wing is correspondingly curved.
7 . The ripper of claim 5 where the main body has a shelf and a recessed front section to form a point of securement with a ridge on the bottom of the top cap that contacts the shelf.
8 . The ripper of claim 1 where the top cap has an elongated rounded protrusion on the top front that terminates in the impact edge.
9 . The ripper of claim 1 where the main body has an inflection point or recessed pocket at the bottom front that can become a wear surface.
10 . The ripper of claim 9 where the inflection point or recessed pocket is covered/filled with wear coating.
11 . The ripper of claim 10 where the wear coating comprises tungsten carbide.
12 . The ripper of claim 8 where the impact edge is covered with a wear coating.
13 . The ripper of claim 8 where the only the bottom of the impact edge is covered with a wear coating.
14 . The ripper of claim 13 where the wear coating comprises tungsten carbide.
15 . The ripper of claim 5 where the wing further comprises a vertical fin.
16 . The ripper of claim 15 where the fin extends downward.
17 . The ripper of claim 15 where the fin extends upward.
18 . The ripper of claim 1 where a blank is placed between the top cap and the body.
19 . The ripper of claim 4 where the bracket further comprises a plate adapted to protect fasteners used to connect the ripper to equipment.
20 . The ripper of claim 1 where the main body has a recessed pocket behind a forward edge of the top cap.
21 . A for engagement with the ground, comprising:
a main body having a saddle back cavity comprising two opposing shoulder-sections with a recessed section therebetween on the bottom of the main body, and where the main body has an inflection point at the bottom front that can become a wear surface;
a bracket having holes adapted to allow the ripper to be relesably secured to other equipment, the bracket secured between the two opposing shoulder sections of the main body, the bracket also comprising a plate adapted to protect fasteners used to connect the ripper to equipment;
a top cap secured to the top of the main body having an impact edge and where the main body has a shelf and a recessed front section to form a point of securement with a ridge on bottom of the top cap that contacts the shelf, and the top cap has an elongated rounded protrusion on the top front that terminates in the impact edge, and where a forward edge of the top cap creates a recessed pocket in the main body;
a wing secured between the top cap and the main body where the top of the main body is curved along a transverse axis at the point of attachment to the wing, and the wing is correspondingly curved, and the wing further comprises a vertical fin; and
where the inflection point of the main body and only the bottom of the impact edge of the top cap are covered with tungsten carbide.